818 SFV Fire OG

818 SFV Fire OG

818 SFV Fire OG

Hybrid AI Generated

Overview

818 SFV Fire OG is a specialized cannabis hybrid created by Relentless Genetics through crossing their prized 818 Pure SFV OG with Fire OG BX2 males, effectively creating a BX3 OG line. This strain represents a sophisticated breeding project that combines the highly regarded 818 area code genetics from the San Fernando Valley with the potent Fire OG lineage. The 818 SFV OG parent strain is described as exceptionally oily and funky-smelling, contributing these distinctive characteristics to the offspring.

The strain exhibits the classic OG Kush family traits, known for producing very resinous, trichome-heavy buds with the characteristic fuel and lemon undertones that OG enthusiasts prize. As part of the extensive OG family tree, 818 SFV Fire OG carries genetics that trace back to the foundational OG Kush and San Fernando Valley OG Kush strains, both legendary cultivars that helped establish California's cannabis reputation. The breeding work represents an effort to preserve and enhance the most desirable traits from these classic West Coast genetics.

Effects

Reported Medical Uses

  • Users report relief from stress
  • May help with pain management
  • Often used for relaxation

This is not medical advice. Consult a healthcare professional.

Possible Negative Effects

Growing Information

818 SFV Fire OG is considered an intermediate to advanced cultivation strain requiring 9-10 weeks flowering time. Plants typically grow to medium-tall height and are known to stretch significantly during flowering, often doubling or tripling in height. The strain can be cultivated both indoors and outdoors, though it requires careful attention to environmental conditions. Growers should provide adequate vertical space and proper training techniques to manage the stretch. The plants produce very oily, resinous buds characteristic of premium OG genetics. Regular seeds were the primary availability, with no feminized versions historically offered.

Genetics

Parent Strains

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